Direkt zur Broschüre

Ion Artikelnr. Membran- Min. Einbau- Schaft- Temperatur- Mess- pH-Bereich
material Eintauch- länge durchmesser bereich bereich
tiefe (mm) (mm) (mm) (°C) (mol/L)
Ag + 6.0502.180 Kristall 1 123 12 0...80 10 –7 ...1 2...8
Br – 6.0502.100 Kristall 1 123 12 0...50 5*10 –6 ...1 0...14
Ca 2+ 6.0510.100 2 Polymer 1 113 12 0...40 5*10 –7 ...1 2...12
Cd 2+ 6.0502.110 Kristall 1 123 12 0...80 10 –7 ...10 –1 2...12
Cl – 6.0502.120 Kristall 1 123 12 0...50 5*10 –5 ...1 0...14
CN – 6.0502.130 Kristall 1 123 12 0...80 8*10 –6 ...10 –2 10...14
Cu 2+ 6.0502.140 Kristall 1 123 12 0...80 10 –8 ...10 –1 2...12
F – 6.0502.150 Kristall 1 123 12 0...80 10 –6 ...sat. 5...7
I – 6.0502.160 Kristall 1 123 12 0...50 5*10 –8 ...1 0...14
K +
6.0504.110 Polymer 1 1 123 12 0...40 10 –6 ...1 2.5..11
Na + 6.0501.100 Glas 15 86 3 12 0...80 10 –5 ...1 5...9
Na + 6.0508.100 Polymer 1 123 12 0...40 10 –6 ...1 3...12
+
NH4 6.0506.100 Gasmembran 5 123 12 0...50
–6 –2
5*10 ...10 11
+
NH4 6.0506.150 Gasmembran 5 123 12 0...50
–4
10 ...1 11
–
NO3 6.0504.120
1
Polymer 1 123 12 0...40
–6
7*10 ...1 2.5...11
Pb 2+ 6.0502.170 Kristall 1 123 12 0...80 10 –6 ...10 –1 4...7
S 2– 6.0502.180 Kristall 1 123 12 0...80 10 –7 ...1 2...12
SCN – 6.0502.190 Kristall 1 123 12 0...50 5*10 –6 ...1 2...10
1 Elektrode mit auswechselbarem Elektrodentip
2 Kombinierter Sensor. Diaphragma Keramikstift; Elektrolyt NH4 = 1 mol/L
3 bis Normschliff
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